HIF / Woltersdorf / Bradford / Kobenhavn / Ferrara / Wuhan / Tokyo / Ellisville / Munich / Cambridge / Oberkochen / Milan / Frankfurt / San Diego / Paisley / Naples / /
Company
Olympus Life Science Europe / Nikon / Alpha Innotech Corporation / Olympus / Sigma-Aldrich / Mori / Amersham / Ferro / Cantley LC / Merck / Uscn Life Science Inc. / Teh LC / Creative Commons / GE Healthcare / Bio-Rad / Macmillan Publishers Limited / /
Country
Germany / Italy / Italia / Japan / United States / United Kingdom / China / Scotland / Denmark / /
Currency
pence / / /
Facility
University of Ferrara / /
IndustryTerm
stock solution / oil immersion objective / dissociation solution / culture media / cancer cell energy metabolism / mitochondrial energy metabolism / energy generation / cellular energy metabolism / energy charge / energy / glucose carrier / energy production / improved energy metabolism / energy state / main membrane carrier / luciferinluciferase solution / mitochondrial energy state / filamentous mitochondrial network / typical ramified network / energy metabolism / energy intermediates / /
MedicalCondition
DF / mitochondrial injury / glioma cells / thyroid papillary cancer / cystein cathepsin-dependent cancer / human neuroblastoma cell line ACN / Early prostate cancer / Glucose starvation / solid tumors / ACN neuroblastoma cells / Cell dissociation solution / acute and chronic lymphocytic leukemia / serum starvation / MS / breast cancer / inflammatory diseases / nutrient starvation / cancers / Tumor / I-dependent bleb formation / several cancers / Chinese pediatric acute leukemias / Cancer / tumors / Disease / human neuroblastoma cells / Carcinogenesis / tumour / neuroblastoma cells / B lymphocytic leukemia / acute myeloid leukemia / prostate carcinoma / /
NaturalFeature
Young MT / /
Organization
Italian Association for Cancer Research / Department of Experimental and Diagnostic Medicine / Commission of European Communities / University of Ferrara / Italian Ministry of Education / Italian Space Agency / /
Person
Chen V / Mito Tracker / Anwar T et al. Hypoxiaincreased / / /
The P2X7 receptor is a key modulator of aerobic glycolysis